CN109447479A - One kind being based on three-dimensional visualization project management system - Google Patents
One kind being based on three-dimensional visualization project management system Download PDFInfo
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Abstract
The present invention relates to project management technique fields, especially a kind of to be based on three-dimensional visualization project management system.Including BIM three-dimension modeling module；GIS three-dimensional land map establishes module；Very three-dimensional engineering model establishes module and generates very three-dimensional engineering model for establishing in conjunction with module the BIM three-dimension modeling module with the GIS three-dimensional land map；Construction information recording module, the typing recorded for construction speed and work progress；Engineering management platform, for passing through the management in administrative staff's terminal to engineering project；Three-dimensional engineering model display module establishes the combination of module for the construction information recording module data and the engineering management platform data and the very three-dimensional engineering model, and realizes the shared of the engineering component information；Database server, storage and transmission for data.The present invention can be convenient for management and planning of the administrative staff to engineering, and staff is facilitated to report engineering construction situation information.
Description
Technical field
The present invention relates to project management technique fields, especially a kind of to be based on three-dimensional visualization project management system.
Background technique
The construction project time management of engineering project is the important link of project management, and traditional progress control method information is stagnant
Afterwards, the features such as level of informatization is lower, the development of engineering constraint progress control level.And the technology of conventional items management has very
It is more, but they are based on two-dimensional plane drawing mostly, and the complicated construction drawing provided understands for general staff
Carry out more difficulty, is provided not as good as threedimensional model intuitive effective.
It can be raised the management level at present by Building Information Model, Building Information Model abbreviation BIM (building
Information modeling), be a complete information model, can by engineering project in Life cycle it is each not
With the engineering information in stage, process and resources integration in a model, easily used by each participant of engineering.Pass through three-dimensional
Real information possessed by simulation with digital technique building provides mutually coordinated, internally consistent letter for engineering design and construction
Model is ceased, the model is made to reach the integration of design and construction, each profession cooperates, to reduce engineering production cost, protects
Barrier engineering presses matter completion on time.Although having much about the APP of project management, each has the range of each self-application, cannot
The content of all items management is included, so manager needs to open not when carrying out project management to different business
Same APP, this also results in the triviality of operation.Operating personnel oneself must After Hours fill in debriefing, progress report daily
Table causes to misrepresent deliberately the problem of failing to report sometimes because filling in not in time.
Summary of the invention
To solve the above-mentioned problems, the present invention provides a kind of based on three-dimensional visualization project management system, can be convenient for pipe
Management and planning of the reason personnel to engineering, and staff is facilitated to report engineering construction situation information.
One kind being based on three-dimensional visualization project management system, including very three-dimensional engineering model establishes module, BIM threedimensional model
Establish module, GIS three-dimensional land map establishes module, construction information recording module, engineering management platform, three-dimensional engineering model displaying
Module, supplementary information module and database server,
The BIM three-dimension modeling module is used to establish by BIM threedimensional model of the software to engineering, and will
BIM threedimensional model is divided into multiple engineering components, the engineering component and Practical Project position relative to and be able to carry out component
Name, material, belonging positions, project amount, cost data input；
The GIS three-dimensional land map establishes module for site contour data by Smart3D software, to be carried out sky three and added
Close calculating generates point cloud data, passes through the actual landform figure in point cloud data fabrication place；
The very three-dimensional engineering model establish module for by the data of the BIM three-dimension modeling module with it is described
The data that GIS three-dimensional land map establishes module combine, and generate very three-dimensional engineering model；
The construction information recording module is used for by remembering in real time to construction speed and work progress in staff's terminal
The typing of record；
The engineering management platform is used for through the management in administrative staff's terminal to engineering project, and including progress control
Module, device management module, component management module, personal management module and on-site supervision module；
The three-dimensional engineering model display module is flat for the construction information recording module data and the engineering management
Number of units evidence and the very three-dimensional engineering model establish the combination of module, and staff's terminal and administrative staff's terminal are logical
Cross the Real-Time Sharing that the three-dimensional engineering model display module carries out each engineering component information；
The supplementary information module is used to obtain position and the construction member of construction member according to the engineering management platform
Project under construction pass through appliances for labor protection and tool needed for machine learning algorithm obtains the points for attention and construction of work progress
Its information is transmitted to the three-dimensional engineering model display module by information, and staff's terminal passes through the three-dimensional engineering
Model display module obtains the information of the supplementary information module；
The database server is for the engineering management platform, the three-dimensional engineering model display module and described auxiliary
The storage and transmission of supplementary information module data.
It further, further include supervision module, the supervision module includes video acquisition submodule and the first identification
Submodule, the video acquisition submodule is for shooting construction personnel's appliances for labor protection wearing information before setting out and construction tool letter
Breath；The first identification submodule is used to extract the characteristic image of the video acquisition submodule, by the video acquisition
The characteristic image of submodule is made comparisons with the information of the supplementary information module, and comparison result is fed back to staff.
Further, the GIS three-dimensional land map establishes module and obtains site contour data by unmanned plane technology.
Further, the very three-dimensional engineering model establishes module by the way that the GIS three-dimensional land map is established module
Terrain information is imported in Lumion software and is combined with the threedimensional model of the BIM three-dimension modeling module, is generated very three-dimensional
Engineering model.
Further, the three-dimensional engineering model display module is by receiving the progress control module and personnel pipe
The information of module is managed, and is shown in true threedimensional model in each engineering component, staff passes through the staff
Terminal is constructed in the target advance information and personnel depaly information of the three-dimensional engineering model display module acquisition；Administrator
Member obtains practice of construction in the component of the three-dimensional engineering model display module constructed according to administrative staff's terminal
Progress and work progress record data, by the progress control module and the personal management module and according to big data into
The adjustment of traveling degree and the arrangement of personnel.
Further, the construction information recording module will be in work progress the case where equipment and use information is sent to institute
Three-dimensional engineering model display module is stated, staff obtains setting in the device management module by administrative staff's terminal
Standby account of the history and history use information.
Further, the component management module is used to provide each institute by administrative staff's terminal for staff
State component name, material, belonging positions, project amount, the information of cost of engineering component.
Further, the case where on-site supervision module is for remotely monitoring construction site, and taken the photograph including on-site supervision
As head and monitoring control submodule, in on-site supervision camera installing at the construction field (site) and with each engineering component phase
It is corresponding；The monitoring control submodule is for the control to the monitoring camera；By clicking the three-dimensional engineering model exhibition
Show that the on-site supervision module of engineering component described in module can obtain the site operation feelings of the engineering component in real time
Condition.
Further, the on-site supervision module further includes the second identification module, the second identification module
For extracting the characteristic image of video captured by the on-site supervision camera, by video captured by the on-site supervision camera
Characteristic image make comparisons with the information of the supplementary information module, and the undesirable staff of live dressing is marked
And it feeds back and arrives staff's terminal.
Further, included the following steps using the project management of this system,
S1. BIM threedimensional model is established in the BIM three-dimension modeling module according to Practical Project, by BIM threedimensional model
Be divided into multiple engineering components according to Practical Project position, and to the engineering component carry out component name, material, belonging positions,
The data input of project amount, cost；
S2. site contour data are obtained by unmanned plane technology, are established in module in the GIS three-dimensional land map,
By site contour data by Smart3D software, carries out empty three computations and generate point cloud data, work is made by point cloud data
The actual landform figure in journey place；
S3. by terrain information import threedimensional model phase with the BIM three-dimension modeling module in Lumion software
In conjunction with, and the three-dimensional engineering model display module generates very three-dimensional engineering model；
S4. administrative staff are carrying out Design of Construction Organization according to big data by administrative staff's terminal, and to described
Progress control module described in three-dimensional engineering model display module, the device management module, the component management module and institute
It states the relevant data of personal management module and carries out typing；
S5. staff obtains the scheme of construction in the three-dimensional engineering model display module, and is held according to arrangement and method for construction
Row work, staff upload to the construction information to construction speed and work progress record in real time in staff's terminal and record
Enter module；
S6. staff carries out the wearing of appliances for labor protection and the standard of tool according to the information that the supplementary information module provides
It is standby, staff by appliances for labor protection wearing finish and tool it is ready after by the video acquisition submodule shoot, it is described
The information of the characteristic image of the video acquisition submodule and the supplementary information module is made ratio by the first identification submodule
Compared with when the first identification submodule mismatches, the first identification submodule prompt appliances for labor protection wearing is not
Satisfactory information and tool lack or the information of mistake, and prompts again to shoot unmatched place；
S7. administrative staff are by clicking the on-site supervision module in the three-dimensional engineering model display module and selecting
The construction member of required monitoring can obtain the site operation situation of the engineering component in real time；Second identification
The information of the characteristic image of video captured by the on-site supervision camera and the supplementary information module is made ratio by comparison module
Compared with, and the undesirable staff of live dressing is marked and feeds back staff's terminal；
S8. administrative staff according to administrative staff's terminal the three-dimensional engineering model display module the structure constructed
The data that practice of construction progress and work progress record are obtained in part, pass through the progress control module and the personal management mould
Block simultaneously carries out the adjustment of progress and the arrangement of personnel according to big data.
Advantageous effect of the invention is:
BIM threedimensional model is divided into multiple engineering components, engineering component and practical work by 1.BIM three-dimension modeling module
Journey position relative to and be able to carry out the data input of component name, material, belonging positions, project amount, cost, by module to engineering
Component is decomposed, and each module has the label of oneself, facilitates the statistics of 0# account；It is logical that GIS three-dimensional land map establishes module
It crosses unmanned plane technology and obtains site contour data, and place graphic data is subjected to three encryption of sky by Smart3D software and is counted
It calculates and generates point cloud data, pass through the actual landform figure in point cloud data fabrication place.Very three-dimensional engineering model establishes module will
It is both above-mentioned that staff and the visual information of administrative staff's offer are provided, convenient for the acquisition of information.
2. three-dimensional engineering model display module by by construction information recording module data and engineering management platform data with
Very three-dimensional engineering model establishes the combination of module, realizes that WBS and BIM model mutually maps, so that staff's terminal and management
Staff terminal carries out the Real-Time Sharing of each engineering component information by three-dimensional engineering model display module, is convenient for staff
The requirement of construction is solved, and administrative staff is made preferably to carry out progress pipe, equipment management, component management and personal management.
3. supplementary information module is used to obtain the position of construction member and the construction of construction member according to engineering management platform
The information of appliances for labor protection needed for project obtains the points for attention and construction of work progress by machine learning algorithm and tool, and
It is exercised supervision by supervision module to staff's preparative work before construction, ensure that the peace of construction personnel in the construction process
Entirely, and it can be avoided the delay for leading to the progress of engineering because lacking tool.
4. in the installing at the construction field (site) of on-site supervision camera and corresponding with each engineering component；Monitor control submodule
For the control to monitoring camera；Administrative staff are by monitoring control submodule to on-site supervision camera to the engineering structure of construction
Part carries out implementing monitoring, can provide technical support in time when accident or abnormal conditions occur；Second identification module can mention
The characteristic image of video captured by the monitoring camera of enchashment field, by the characteristic image of video captured by on-site supervision camera with it is auxiliary
The information of supplementary information module is made comparisons, and the undesirable staff of live dressing is marked and feeds back the work people
Member's terminal realizes that the realization to site operation personnel monitors, avoids the staff because of site operation because dressing does not meet specification
And occur surprisingly, being further ensured that the construction safety of staff.
Detailed description of the invention
Fig. 1 is system structure diagram of the invention.
In figure, the very three-dimensional engineering module of 1- establishes module, 11-BIM three-dimension modeling module, and 12-GIS threedimensional model is built
Formwork erection block, 2- construction information recording module, 21- staff's terminal, 3- engineering management platform, 31- progress control module, 32-
Device management module, 33- component management module, 34- personal management module, 35- on-site supervision module, 351- on-site supervision camera shooting
Head, 352- monitor control submodule, 353- the second identification module, 4- three-dimensional engineering model display module, 5- auxiliary information
Module, 51- supervision module, 511- video acquisition submodule, 512- the first identification submodule, 6- database server mould
Block, 7- administrative staff's terminal.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
Unless otherwise defined, all technical and scientific terms used herein and belong to technical field of the invention
The normally understood meaning of technical staff is identical.Term as used herein in the specification of the present invention is intended merely to description tool
The purpose of the embodiment of body, it is not intended that in the limitation present invention.Term " and or " used herein includes one or more phases
Any and all combinations of the listed item of pass.
One kind being based on three-dimensional visualization project management system, including very three-dimensional engineering model establishes module 1, BIM three-dimensional mould
Type establishes module 11, GIS three-dimensional land map establishes module 12, construction information recording module 2, engineering management platform 3, three-dimensional engineering
Model display module 4, supplementary information module 5 and database server 6.
BIM three-dimension modeling module 11 by BIM threedimensional model of the software to engineering for being established, and by BIM
Threedimensional model is divided into multiple engineering components, engineering component and Practical Project position relative to and be able to carry out component name, material,
The data input of belonging positions, project amount, cost.In the present embodiment, BIM three-dimension modeling module 11 by Revit or
Person's CATIA software establishes the BIM threedimensional model of engineering.
GIS three-dimensional land map establishes module 12 for site contour data by Smart3D software, to be carried out sky three and encrypted
It calculates and generates point cloud data, pass through the actual landform figure in point cloud data fabrication place.In the present embodiment, GIS is dimensionally
Shape figure establishes module 12 and obtains site contour data by unmanned plane technology.
Very three-dimensional engineering model is established module 1 and is used for the data of BIM three-dimension modeling module 11 and GIS dimensional topography
The data that figure establishes module 12 combine, and generate very three-dimensional engineering model.In the present embodiment, very three-dimensional engineering model establishes mould
Block 1 by GIS three-dimensional land map is established module 12 terrain information import Lumion software in BIM three-dimension modeling
The threedimensional model of module 11 combines, and generates very three-dimensional engineering model.
BIM threedimensional model is divided into multiple engineering components, engineering component and practical work by BIM three-dimension modeling module 11
Journey position relative to and be able to carry out the data input of component name, material, belonging positions, project amount, cost；GIS dimensional topography
Figure establishes module 12 and obtains site contour data by unmanned plane technology, and place graphic data is passed through Smart3D software
It carries out empty three computations and generates point cloud data, pass through the actual landform figure in point cloud data fabrication place.Very three-dimensional engineering
Above-mentioned the two is integrated as staff to model building module 1 and administrative staff provide visual information, convenient for information
It obtains.
Construction information recording module 2 is used for by recording in real time to construction speed and work progress in staff's terminal 21
Typing.Tradition can be saved by the system by 2 staff of construction information recording module and do task report, and kept a record
Work, work can be photographed to record by platform in real time, also avoid in the course of work because record not in time due to cause to malfunction
The case where.
Engineering management platform 3 is used for through the management in administrative staff's terminal 7 to engineering project, and including progress control mould
Block 31, device management module 32, component management module 33, personal management module 34 and on-site supervision module 35.
Three-dimensional engineering model display module 4 is for 2 data of construction information recording module and 3 data of engineering management platform and very
Three-dimensional engineering model establishes the combination of module 1, and staff's terminal 21 and administrative staff's terminal 7 pass through three-dimensional engineering model and show
Module 4 carries out the Real-Time Sharing of each engineering component information.
Three-dimensional engineering model display module 4 passes through the information for receiving progress control module 31 and personal management module 34, and
It is shown in true threedimensional model in each engineering component, staff is shown by staff's terminal 21 in three-dimensional engineering model
The target advance information and personnel depaly information that module 4 obtains are constructed；Administrative staff are according to administrative staff's terminal 7 three
The data for obtaining practice of construction progress and work progress record in the component of engineering model display module 4 constructed are tieed up, are passed through
Progress control module 31 and personal management module 34 simultaneously carry out the adjustment of progress and the arrangement of personnel according to big data.
Construction information recording module 2 will be in work progress the case where equipment and use information is sent to three-dimensional engineering model exhibition
Show module 4, staff obtains the account of the history and history of the equipment in device management module 32 by administrative staff's terminal 7
Use information.
Component management module 33 is used to provide the component of each engineering component by administrative staff's terminal 7 for staff
Name, material, belonging positions, project amount, the information of cost.
In the present embodiment, three-dimensional engineering model display module logical 4 is crossed 2 data of construction information recording module and engineering pipe
3 data of platform and very three-dimensional engineering model establish the combination of module 1, so that staff's terminal 21 and administrative staff's terminal 7
The Real-Time Sharing of each engineering component information is carried out by three-dimensional engineering model display module 4, understands construction convenient for staff
Requirement, and administrative staff is made preferably to carry out progress pipe, equipment management, component management and personal management.
Supplementary information module 5 is used to obtain the position of construction member and the construction of construction member according to engineering management platform 3
The information of appliances for labor protection needed for project obtains the points for attention and construction of work progress by machine learning algorithm and tool, will
Its information is transmitted to three-dimensional engineering model display module 4, and staff's terminal 21 passes through three-dimensional engineering model display module 4 and obtains
The information of supplementary information module 5.
In the present embodiment, supervision module 51, supervision module 51 include video acquisition submodule 511 and the first identification
Submodule 512, video acquisition submodule 511 is for shooting construction personnel's appliances for labor protection wearing information and construction tool before setting out
Information；First identification submodule 512 is used to extract the characteristic image of video acquisition submodule 511, by video acquisition submodule
The characteristic image of block 511 is made comparisons with the information of supplementary information module 5, and comparison result is fed back to staff.Pass through prison
It superintends and directs module 51 to exercise supervision to staff's preparative work before construction, ensure that the safety of construction personnel in the construction process, and
And it can be avoided the delay for leading to the progress of engineering because lacking tool.
Database server 6 is for engineering management platform 3, three-dimensional engineering model display module 4 and the number of supplementary information module 5
According to storage and transmission.
The case where on-site supervision module 35 is for remotely monitoring construction site, and including on-site supervision camera 351 and prison
Control submodule 352 is controlled, on-site supervision camera 351 is installed at the construction field (site) and corresponding with each engineering component；Monitoring
Control submodule 352 is for the control to monitoring camera 351；By clicking engineering structure in three-dimensional engineering model display module 4
The on-site supervision module 35 of part can obtain the site operation situation of the engineering component in real time.Administrative staff pass through monitoring control
Mould 352 controls on-site supervision camera 351, and carries out implementing monitoring to the engineering component of construction, unexpected or abnormal
Situation can provide technical support when occurring in time；
On-site supervision module 35 further includes the second identification module 353, and the second identification module 353 is existing for extracting
The characteristic image of video captured by monitoring camera 351, by the characteristic image of video captured by on-site supervision camera 351 with
The information of supplementary information module 5 is made comparisons, and the undesirable staff of live dressing is marked and feeds back work people
Member's terminal 21.The monitoring of the realization to site operation personnel is realized, avoids the staff because of site operation because dressing is not met
It standardizes and occurs surprisingly, being further ensured that the construction safety of staff.
When needing to construct to a certain component, administrative staff are according to administrative staff's terminal 7 in three-dimensional engineering model exhibition
Show the data for obtaining practice of construction progress and work progress record in the component of module 4 constructed, passes through progress control module
31 and personal management module 34 carry out progress setting and personnel arrangement.Staff is by staff's terminal 21 in three-dimensional
The target advance information and personnel depaly information that engineering model display module 4 obtains are constructed.During construction, work
Personnel according to the construction speed information of real-time update on three-dimensional engineering model display module 4, by progress control module 31 and
Personal management module 34 carries out the arrangement of the adjustment and personnel of progress again, and staff shows according in three-dimensional engineering model
The up-to-date information that module 4 obtains is constructed.
Included the following steps using the project management of this system,
S1. BIM threedimensional model is established in BIM three-dimension modeling module 11 according to Practical Project, by BIM threedimensional model root
Factually engineering position in border is divided into multiple engineering components, and to engineering component carry out component name, material, belonging positions, project amount,
The data input of cost；
S2. site contour data are obtained by unmanned plane technology, is established in module 12 in GIS three-dimensional land map, it will
Site contour data carry out empty three computations and generate point cloud data, pass through point cloud data fabrication by Smart3D software
The actual landform figure in place；
S3. by terrain information import in Lumion software and mutually tied with the threedimensional model of BIM three-dimension modeling module 11
It closes, and three-dimensional engineering model display module 4 generates very three-dimensional engineering model；
S4. administrative staff are carrying out Design of Construction Organization according to big data by administrative staff's terminal 7, and to three-dimensional engineering
Progress control module 31,34 phase of device management module 32, component management module 33 and personal management module in model display module 4
The data of pass carry out typing；
S5. staff obtains the scheme of construction in three-dimensional engineering model display module 4, and executes work according to arrangement and method for construction
Make, staff uploads to construction information recording module to construction speed and work progress record in real time in staff's terminal 21
2；
S6. staff carries out the preparation of the wearing and tool of appliances for labor protection according to the information that supplementary information module 5 provides,
Staff by appliances for labor protection wearing finish and tool it is ready after shoot by video acquisition submodule 511, the first identification
Comparative sub-module 512 makes comparisons the characteristic image of video acquisition submodule 511 with the information of supplementary information module 5, when first
When identification submodule 512 mismatches, the first identification submodule 512 prompts appliances for labor protection to dress undesirable letter
Breath and tool lack or the information of mistake, and prompts again to shoot unmatched place；
S7. needed for administrative staff in three-dimensional engineering model display module 4 by clicking on-site supervision module 35 and selecting
The construction member of monitoring can obtain the site operation situation of the engineering component in real time；Second identification module 353 will be live
The characteristic image of video captured by monitoring camera 351 is made comparisons with the information of supplementary information module 5, and live dressing is not inconsistent
Desired staff is closed to mark and feed back staff's terminal 21；
S8. administrative staff obtain in the component of three-dimensional engineering model display module 4 constructed according to administrative staff's terminal 7
The data for taking practice of construction progress and work progress to record, by progress control module 31 and personal management module 34 and according to big
Data carry out the adjustment of progress and the arrangement of personnel.
The present invention can carry out at any time entire Engineering Digital, informationization more according to the actual conditions of engineering project
Change, eliminates the complicated process that tradition is changed plan.
The system integration content of all items management, project manager can understand the detailed of entire engineering by the system
Details condition avoids because the major function emphasis of software platform is different, to use multiple APP simultaneously, and cause information weight
The situation of compound unrest.
Claims (10)
1. one kind is based on three-dimensional visualization project management system, which is characterized in that establish module including very three-dimensional engineering model
(1), BIM three-dimension modeling module (11), GIS three-dimensional land map establish module (12), construction information recording module (2), work
Thread management platform (3), three-dimensional engineering model display module (4), supplementary information module (5) and database server (6),
The BIM three-dimension modeling module (11) is used to establish by BIM threedimensional model of the software to engineering, and will
BIM threedimensional model is divided into multiple engineering components, the engineering component and Practical Project position relative to and be able to carry out component
Name, material, belonging positions, project amount, cost data input；
The GIS three-dimensional land map establishes module (12) for site contour data by Smart3D software, to be carried out sky three and added
Close calculating generates point cloud data, passes through the actual landform figure in point cloud data fabrication place；
The very three-dimensional engineering model is established module (1) and is used for the data of the BIM three-dimension modeling module (11) and institute
It states GIS three-dimensional land map and establishes the data combination of module (12), and generate very three-dimensional engineering model；
The construction information recording module (2) be used for by staff's terminal (21) in real time to construction speed and work progress
The typing of record；
The engineering management platform (3) is used for through the management in administrative staff's terminal (7) to engineering project, and including progress pipe
Manage module (31), device management module (32), component management module (33), personal management module (34) and on-site supervision module
(35)；
The three-dimensional engineering model display module (4) is used for construction information recording module (2) data and the engineering management
Platform (3) data and the very three-dimensional engineering model establish the combination of module (1), staff's terminal (21) and the pipe
It manages staff terminal (7) and the real-time total of each engineering component information is carried out by the three-dimensional engineering model display module (4)
It enjoys；
The supplementary information module (5) is used to obtain position and the construction structure of construction member according to the engineering management platform (3)
Appliances for labor protection and tool needed for the project under construction of part obtains the points for attention and construction of work progress by machine learning algorithm
Information, its information is transmitted to the three-dimensional engineering model display module (4), staff's terminal (21) passes through described
Three-dimensional engineering model display module (4) obtains the information of the supplementary information module (5)；
The database server (6) for the engineering management platform (3), the three-dimensional engineering model display module (4) and
The storage and transmission of supplementary information module (5) data.
2. according to claim 1 a kind of based on three-dimensional visualization project management system, it is characterised in that: further include supervision
Module (51), the supervision module (51) include video acquisition submodule (511) and the first identification submodule (512), institute
Video acquisition submodule (511) are stated for shooting construction personnel's appliances for labor protection wearing information before setting out and construction tool information；
The first identification submodule (512) is used to extract the characteristic image of the video acquisition submodule (511), by the view
The characteristic image of frequency acquisition submodule (511) is made comparisons with the information of the supplementary information module (5), and comparison result is fed back
To staff.
3. according to claim 1 a kind of based on three-dimensional visualization project management system, it is characterised in that: the GIS tri-
Dimension topographic map establishes module (12) and obtains site contour data by unmanned plane technology.
4. according to claim 1 a kind of based on three-dimensional visualization project management system, it is characterised in that: described very three-dimensional
It is soft by the terrain information importing Lumion that the GIS three-dimensional land map is established to module (12) that engineering model establishes module (1)
It is combined in part with the threedimensional model of the BIM three-dimension modeling module (11), generates very three-dimensional engineering model.
5. according to claim 1 a kind of based on three-dimensional visualization project management system, it is characterised in that: the three-dimensional work
Journey model display module (4) passes through the information for receiving the progress control module (31) and the personal management module (34), and
It is shown in true threedimensional model in each engineering component, staff is by staff's terminal (21) described three
The target advance information and personnel depaly information that dimension engineering model display module (4) obtains are constructed；Administrative staff are according to institute
State administrative staff's terminal (7) obtained in the component of the three-dimensional engineering model display module (4) constructed practice of construction into
The data of degree and work progress record, by the progress control module (31) and the personal management module (34) and according to big
Data carry out the adjustment of progress and the arrangement of personnel.
6. according to claim 1 a kind of based on three-dimensional visualization project management system, it is characterised in that: the construction letter
Breath recording module (2) will be in work progress the case where equipment and use information is sent to the three-dimensional engineering model display module
(4), staff obtains the account of the history of the equipment in the device management module (32) by administrative staff's terminal (7)
And history use information.
7. according to claim 1 a kind of based on three-dimensional visualization project management system, it is characterised in that: the member tube
Reason module (33) be used for by administrative staff's terminal (7) for staff provide each engineering component component name,
Material, belonging positions, project amount, the information of cost.
8. according to claim 1 a kind of based on three-dimensional visualization project management system, it is characterised in that: the scene prison
The case where module (35) are for remotely monitoring construction site is controlled, and including on-site supervision camera (351) and monitoring control submodule
Block (352), the on-site supervision camera (351) are installed at the construction field (site) and corresponding with each engineering component；Institute
Monitoring control submodule (352) is stated for the control to the monitoring camera (351)；By clicking the three-dimensional engineering model
The on-site supervision module (35) of engineering component described in display module (4) can obtain showing for the engineering component in real time
Field condition of construction.
9. one kind according to claim 1 or 8 is based on three-dimensional visualization project management system, it is characterised in that: described existing
Field monitoring module (35) further includes the second identification module (353), and the second identification module (353) is for extracting institute
The characteristic image for stating video captured by on-site supervision camera (351), by video captured by the on-site supervision camera (351)
Characteristic image make comparisons with the information of the supplementary information module (5), and by the undesirable staff of live dressing
It marks and feeds back staff's terminal (21).
10. one kind described in -9 is based on three-dimensional visualization project management system according to claim 1, it is characterised in that: using this
The project management of system includes the following steps,
S1. BIM threedimensional model is established in the BIM three-dimension modeling module (11) according to Practical Project, by BIM threedimensional model
Be divided into multiple engineering components according to Practical Project position, and to the engineering component carry out component name, material, belonging positions,
The data input of project amount, cost；
S2. site contour data are obtained by unmanned plane technology, are established in module (12) in the GIS three-dimensional land map,
By site contour data by Smart3D software, carries out empty three computations and generate point cloud data, work is made by point cloud data
The actual landform figure in journey place；
S3. by terrain information import threedimensional model phase with the BIM three-dimension modeling module (11) in Lumion software
In conjunction with, and the three-dimensional engineering model display module (4) generates very three-dimensional engineering model；
S4. administrative staff are carrying out Design of Construction Organization according to big data by administrative staff's terminal (7), and to described three
Tie up progress control module (31), the device management module (32), the component management described in engineering model display module (4)
Module (33) and the relevant data of the personal management module (34) carry out typing；
S5. staff obtains the scheme of construction in the three-dimensional engineering model display module (4), and is executed according to arrangement and method for construction
Work, staff upload to the construction information to construction speed and work progress record in real time in staff's terminal (21)
Recording module (2)；
S6. staff carries out the wearing of appliances for labor protection and the standard of tool according to the information that the supplementary information module (5) provides
It is standby, staff by appliances for labor protection wearing finish and tool it is ready after by the video acquisition submodule (511) shoot,
The first identification submodule (512) is by the characteristic image of the video acquisition submodule (511) and the auxiliary information
The information of module (5) is made comparisons, when the first identification submodule (512) mismatches, the first identification
Module (512) prompt appliances for labor protection dress undesirable information and tool lacks or the information of mistake, and prompt is again right
Unmatched place is shot；
S7. administrative staff are by clicking the on-site supervision module (35) simultaneously in the three-dimensional engineering model display module (4)
The construction member monitored needed for selection, can obtain the site operation situation of the engineering component in real time；Described second
Identification module (353) is by the characteristic image of video captured by the on-site supervision camera (351) and the auxiliary information
The information of module (5) is made comparisons, and the undesirable staff of live dressing is marked and feeds back the staff
Terminal (21)；
S8. administrative staff according to administrative staff's terminal (7) being constructed in the three-dimensional engineering model display module (4)
The data that practice of construction progress and work progress record are obtained in component, pass through the progress control module (31) and the personnel
Management module (34) simultaneously carries out the adjustment of progress and the arrangement of personnel according to big data.
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| CN112907211A (en) * | 2021-03-02 | 2021-06-04 | 惠州城际工程咨询有限公司 | BIM-based project progress supervision method, device, equipment and storage medium |
| CN112884444B (en) * | 2021-03-10 | 2023-07-18 | 苏州思萃融合基建技术研究所有限公司 | Intelligent system for managing construction site personnel based on digital twin technology |
| CN112884444A (en) * | 2021-03-10 | 2021-06-01 | 苏州思萃融合基建技术研究所有限公司 | Intelligent system for managing construction site personnel based on digital twin technology |
| CN113409462A (en) * | 2021-05-28 | 2021-09-17 | 湖北中金匠建设工程有限公司 | Municipal engineering construction safety control method and system based on 3DGIS and BIM technology |
| CN113723786A (en) * | 2021-08-20 | 2021-11-30 | 寰球孪生空间设计(云南)有限公司 | Visual planning auxiliary system based on three-dimensional GIS |
| CN113723786B (en) * | 2021-08-20 | 2024-02-02 | 寰球孪生空间设计(云南)有限公司 | Visual planning auxiliary system based on three-dimensional GIS |
| CN113935859A (en) * | 2021-09-10 | 2022-01-14 | 中建三局集团有限公司 | Intelligent construction site system based on BIM model |
| CN113536071A (en) * | 2021-09-15 | 2021-10-22 | 国能大渡河大数据服务有限公司 | System for comprehensive management of hydropower engineering |
| CN116645069A (en) * | 2023-07-26 | 2023-08-25 | 东莞市鹏锦机械科技有限公司 | Engineering project management system based on machine vision |
| CN116645069B (en) * | 2023-07-26 | 2023-12-22 | 东莞市鹏锦机械科技有限公司 | Engineering project management system based on machine vision |
| CN116957291A (en) * | 2023-08-10 | 2023-10-27 | 浙江明达工程造价咨询有限公司 | Intelligent management system and method for engineering management data |
| CN116957291B (en) * | 2023-08-10 | 2024-05-07 | 湛江市广厦施工图审查服务中心 | Intelligent management system and method for engineering management data |
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